Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A make-up assisting method implemented by a make-up assisting device ( 1 ), the make-up assisting device ( 1 ) comprising at least a reflecting mirror ( 11 ), an image capturing unit ( 13 ), a display unit ( 12 ) arranged behind the reflecting mirror ( 11 ) and a processor ( 10 ) electrically connected to the image capturing unit ( 13 ) and the display unit ( 12 ), the make-up assisting method comprising: a) the reflecting mirror ( 11 ) directly reflecting a face image ( 10 ) of a user when the make-up assisting device ( 1 ) enters a make-up assisting mode; b) the processor ( 10 ) obtaining a video content information ( 162 ) from a storage unit ( 16 ), wherein the storage unit ( 16 ) has a plurality of pre-stored videos ( 161 ), each of the pre-stored videos ( 161 ) has a content mark, and the processor ( 10 ) is to obtain the content mark corresponding to one of the pre-stored videos ( 161 ) and reads the video content information ( 162 ) from the storage unit ( 16 ) based on the content mark; c) the display unit ( 12 ) providing a first assisting interface ( 121 ) on a portion of the display unit ( 12 ) and the processor ( 10 ) controlling the display unit ( 12 ) to display the video content information ( 162 ) on the first assisting interface ( 121 ), wherein the first assisting interface ( 121 ) does not overlap with the face image ( 110 ); d01) the processor ( 10 ) obtaining a face photo ( 164 ) for the user after the make-up assisting device ( 1 ) enters the make-up assisting mode; d02) the display unit ( 12 ) providing a second assisting interface ( 122 ) on another portion of the display unit ( 12 ) and the processor ( 10 ) controlling the display unit ( 12 ) to display the face photo ( 164 ) on the second assisting interface ( 121 ), wherein the first assisting interface ( 121 ) does not overlap with second assisting interface ( 122 ); d03) the processor ( 10 ) fetching at least one set of make-up assisting lines ( 165 ), wherein the set of make-up assisting lines ( 165 ) are corresponding to a make-up region on the face of the user; and d04) the processor ( 10 ) controlling the display unit ( 12 ) to display the make-up assisting lines ( 165 ) on the face photo ( 164 ).
A make-up assisting device includes a reflecting mirror, an image capturing unit, a display unit positioned behind the mirror, and a processor connected to the image capturing unit and display unit. The device operates in a make-up assisting mode where the mirror directly reflects the user's face. The processor retrieves video content from a storage unit containing pre-stored videos, each marked with content identifiers. The display unit shows a first assisting interface displaying the video content without overlapping the reflected face image. Additionally, the processor captures a face photo of the user and displays it in a second assisting interface, separate from the first interface. The processor then retrieves make-up assisting lines corresponding to specific facial regions and overlays these lines on the displayed face photo to guide the user during make-up application. The system ensures non-overlapping display of the reflected face, instructional video, and annotated face photo to provide clear visual assistance.
2. The method in claim 1 , wherein in the step b), the processor ( 10 ) obtains the content mark corresponding to a last played-back pre-stored video ( 161 ) before the make-up assisting device ( 1 ) enters the make-up assisting mode.
This invention relates to a method for a make-up assisting device that uses video content to provide make-up guidance. The problem addressed is the need for personalized make-up assistance based on previously viewed video content, ensuring the device adapts to user preferences and past interactions. The method involves a processor obtaining a content mark corresponding to the last played-back pre-stored video before the device enters make-up assisting mode. This content mark represents a specific point or segment within the video that the user last viewed, allowing the device to resume or reference that content when providing make-up guidance. The processor uses this information to tailor the make-up assistance, such as recommending similar make-up techniques, products, or tutorials based on the user's prior engagement. This ensures continuity and personalization in the make-up assistance process, enhancing user experience by aligning with their preferences and past interactions. The method improves the device's ability to provide relevant and context-aware make-up guidance, leveraging historical video playback data to enhance accuracy and user satisfaction.
3. The method claim 1 , wherein the video content information ( 162 ) comprises at least a static image for a make-up appearance introduced by the pre-stored video ( 161 ).
This invention relates to video content processing, specifically enhancing video content with pre-stored video segments to introduce make-up appearances. The method involves analyzing a pre-stored video to extract video content information, which includes at least one static image representing a make-up appearance. This extracted information is then used to modify or augment the original video content, allowing for dynamic or static make-up effects to be applied. The system may include a video processing module that handles the extraction and integration of the make-up appearance data, ensuring seamless blending with the original video. The static image serves as a reference for the make-up style, which can be applied to subjects within the video to create consistent or varied appearances. This approach enables users to customize video content by incorporating pre-designed make-up effects without manual editing, improving efficiency and creativity in video production. The invention addresses the need for automated make-up application in videos, reducing the time and effort required for post-production editing while maintaining visual coherence.
4. The method in claim 1 , wherein the storage unit ( 16 ) pre-stores the face photo ( 164 ), the processor ( 10 ) performs image analysis to the face photo ( 164 ) for generating the make-up assisting lines ( 165 ) and stores the make-up assisting lines ( 165 ); wherein the plurality sets of the make-up assisting lines ( 165 ) are corresponding to multiple make-up regions on the face photo ( 164 ); in the step d01), the processor ( 10 ) obtaining the face photo ( 164 ) from the storage unit ( 16 ).
A system and method for digital makeup assistance analyzes a stored face photo to generate and display makeup guidelines. The system includes a storage unit that pre-stores a face photo and a processor that performs image analysis on the face photo to generate makeup assisting lines. These lines correspond to multiple makeup regions on the face, such as eyes, lips, and contours, and are stored for later use. When a user initiates the makeup assistance process, the processor retrieves the stored face photo from the storage unit. The system then overlays the pre-generated makeup assisting lines onto the face photo to guide the user in applying makeup. The stored makeup assisting lines can be customized or adjusted to match different makeup styles or preferences, ensuring accurate and consistent application. This approach automates the makeup guidance process, reducing the need for manual adjustments and improving the user experience. The system is particularly useful in digital makeup applications, virtual try-on tools, and beauty enhancement software.
5. The method in claim 1 , wherein in the step d01), the processor ( 10 ) controls the image capturing unit ( 13 ) to capture user image to generate the face photo ( 164 ) in real time; and in the step d03), the processor ( 10 ) performs image analysis to the face photo ( 164 ) to generate the at least one set of make-up assisting lines ( 165 ) in real time.
This invention relates to real-time facial image analysis for makeup assistance. The system captures a user's face in real time using an image capturing unit and processes the captured image to generate makeup assisting lines. The processor controls the image capturing unit to continuously capture the user's face, generating a face photo in real time. The processor then performs image analysis on the face photo to generate at least one set of makeup assisting lines, also in real time. These assisting lines provide visual guidance for applying makeup, such as contouring, highlighting, or other cosmetic enhancements. The system ensures that the makeup assistance is dynamic and responsive to the user's facial movements, improving accuracy and user experience. The real-time processing allows for immediate feedback, enabling users to see how makeup will appear before application. This technology addresses the need for precise, interactive makeup guidance, enhancing the user's ability to achieve desired cosmetic results efficiently. The system may be integrated into devices such as smartphones, tablets, or dedicated makeup mirrors to provide on-demand assistance.
6. The method in claim 1 , wherein storage unit ( 16 ) pre-stores the plurality sets of the make-up assisting lines ( 165 ), the plurality sets of the make-up assisting lines ( 165 ) are corresponding to multiple make-up regions on the face of the user; in the step d03), the processor ( 10 ) receives operation from the user to select one of the plurality sets of the make-up assisting lines ( 165 ).
7. The method in claim 1 , wherein storage unit ( 16 ) pre-stores the plurality sets of the make-up assisting lines ( 165 ), the plurality sets of the make-up assisting lines ( 165 ) are corresponding to multiple make-up regions on the face of the user; the video content information ( 162 ) comprises a portion mark indicating to one of the make-up regions; in the step d03), the processor ( 10 ) reads the portion mark corresponding to the video content information ( 162 ) currently displayed on the first assisting interface ( 121 ) and reads one set of the make-up assisting lines ( 165 ) in the storage unit ( 16 ) based on the portion mark.
This invention relates to a digital make-up assistance system that provides real-time guidance for applying make-up to specific facial regions. The system addresses the challenge of accurately applying make-up by offering dynamic visual assistance tailored to different facial areas, such as eyes, lips, or cheeks. The system includes a storage unit that pre-stores multiple sets of make-up assisting lines, each set corresponding to a distinct facial region. These lines serve as visual guides to help users apply make-up precisely. The system also processes video content information, which includes a portion mark indicating the specific make-up region being addressed. When displaying a first assisting interface, the system reads the portion mark from the video content and retrieves the corresponding set of make-up assisting lines from storage. This allows the system to dynamically adjust the visual guidance based on the current make-up step, ensuring users receive accurate and context-aware assistance. The invention enhances make-up application accuracy by providing real-time, region-specific visual cues.
8. The method in claim 7 , further comprising following steps after the step d04): d05) the processor ( 10 ) determining whether the set of the make-up assisting lines ( 165 ) need change; d06) the processor ( 10 ) reads another set of the make-up assisting lines ( 165 ) in the storage unit ( 16 ) when the processor ( 10 ) determining that the set of the make-up assisting lines ( 165 ) need change, wherein the another set of the make-up assisting lines ( 165 ) are corresponding to another make-up region on the face of the user; and d07) the processor ( 10 ) controlling the display unit ( 12 ) to display the another set of the make-up assisting lines ( 165 ) on the face photo ( 164 ).
This invention relates to a digital make-up assistance system that dynamically adjusts visual guides to assist users in applying makeup. The system addresses the challenge of providing real-time, accurate make-up guidance by displaying customizable assisting lines on a captured face photo. The processor determines whether the current set of make-up assisting lines needs adjustment based on user input or changes in the face photo. If a change is required, the processor retrieves a different set of make-up assisting lines from storage, where each set corresponds to a specific make-up region on the user's face. The system then updates the display to show the new set of assisting lines overlaid on the face photo, ensuring precise alignment with the desired make-up area. This dynamic adjustment allows users to switch between different make-up regions seamlessly, improving the accuracy and flexibility of the make-up assistance process. The system enhances user experience by providing adaptive visual guidance tailored to various facial features and make-up techniques.
9. The method in claim 8 , wherein in the step d06), the processor ( 10 ) determines that the set of the make-up assisting lines ( 165 ) need change when the processor ( 10 ) receives a change operation from the user.
This invention relates to a digital makeup assistance system that dynamically adjusts makeup guidelines based on user input. The system addresses the challenge of providing real-time, customizable makeup guidance to users, ensuring accurate and personalized application. The method involves capturing an image of a user's face, detecting facial features, generating a set of makeup assisting lines overlaid on the image, and displaying the lines to guide makeup application. The system allows users to modify these lines by providing change operations, such as dragging or resizing, to adjust the lines according to their preferences. When a change operation is detected, the processor determines that the makeup assisting lines require adjustment and updates them accordingly. This ensures the guidelines remain aligned with the user's desired makeup style, improving accuracy and user satisfaction. The system enhances traditional makeup application by offering interactive, real-time adjustments, making it easier for users to achieve precise and personalized results.
10. The method in claim 8 , wherein the video content information ( 162 ) comprises a video having a plurality of segments, each of the segments in the video is set with one of the portion marks, each of the portion marks indicates a make-up region introduced by one of the segments; in the step c) the processor ( 10 ) controls the display unit ( 12 ) to play back the video on the first assisting interface ( 121 ); in the step d05) the processor ( 10 ) continually detects the portion mark corresponding to the current segment of the video; in the step d06) the processor ( 10 ) determines that the set of the make-up assisting lines ( 165 ) need change when the portion mark corresponding to the segment of the video changes.
This invention relates to video content processing, specifically for enhancing video playback with dynamic make-up assistance. The problem addressed is the need for real-time visual guidance during video playback, particularly for applications like make-up tutorials where different segments of the video require distinct reference lines or markers. The invention provides a method to dynamically adjust make-up assisting lines based on the video's segments. The video content is divided into multiple segments, each marked with a portion mark that defines a specific make-up region. During playback, the system detects the portion mark corresponding to the current video segment and updates the displayed make-up assisting lines accordingly. This ensures that the visual guidance aligns with the content of each segment, improving user experience and accuracy. The processor controls the display to show the video and continually monitors the portion marks to determine when the assisting lines need to be updated. This dynamic adjustment allows for seamless transitions between different make-up regions as the video progresses.
11. The method in claim 10 , wherein in the step d06), the processor ( 10 ) reads the another set of the make-up assisting lines ( 165 ) in the storage unit ( 16 ) based on the changed portion mark.
This invention relates to digital makeup assistance systems that use virtual makeup lines to guide users in applying makeup. The problem addressed is the lack of adaptability in existing systems when users modify their facial features or makeup preferences, leading to misaligned or irrelevant makeup guidance. The system includes a processor, a storage unit, and a display. The storage unit contains multiple sets of makeup assisting lines, each set corresponding to different facial features or makeup styles. The processor detects changes in the user's facial features or makeup preferences and identifies a changed portion mark indicating the modified area. Based on this mark, the processor retrieves a new set of makeup assisting lines from storage that aligns with the updated facial features or preferences. The display then shows the adjusted makeup lines to guide the user accurately. The key innovation is the dynamic adjustment of makeup guidance lines in response to real-time changes, ensuring the lines remain relevant and properly aligned with the user's current facial configuration or desired makeup style. This improves the accuracy and usability of digital makeup assistance tools.
12. The method in claim 1 , further comprising: a1) the processor ( 10 ) controlling the image capturing unit ( 13 ) to execute an image recording procedure toward the user when the make-up assisting device ( 1 ) enters the make-up assisting mode; and a2) stopping the image recording procedure and generating a recorded video ( 163 ) when a make-up procedure of the user finishes.
This invention relates to a make-up assisting device that captures and records video of a user during a make-up procedure. The device includes a processor and an image capturing unit, such as a camera, to assist users in applying make-up. The problem addressed is the need for a system that automatically records a user's make-up process without manual intervention, ensuring a complete and uninterrupted video of the procedure. The device operates in a make-up assisting mode, where the processor controls the image capturing unit to start recording a video of the user as soon as the mode is activated. The recording continues throughout the user's make-up process. Once the make-up procedure is completed, the device automatically stops the recording and generates a recorded video file. This allows users to review their make-up steps, track progress, or share the process with others. The system eliminates the need for manual recording, ensuring no critical steps are missed. The invention may also include additional features, such as real-time feedback or analysis of the make-up application, though these are not specified in this claim. The primary focus is on the automated recording of the make-up process from start to finish.
13. The method in claim 12 , wherein the make-up assisting device ( 1 ) provides a cloud platform, the method further comprises a step d): the processor ( 10 ) receives an upload operation from user and upload the recorded video ( 163 ) to the cloud platform.
This invention relates to a make-up assisting device that provides a cloud platform for storing and managing recorded videos. The device includes a camera for capturing video of a user applying makeup, a display for showing the video in real-time, and a processor for analyzing the video to provide make-up guidance. The processor can detect facial features, track make-up application progress, and compare the user's make-up to reference images or templates. The device also includes a storage unit for saving the recorded videos and a communication module for connecting to the cloud platform. The cloud platform allows users to upload recorded videos for storage, sharing, or further analysis. The processor can also generate make-up recommendations based on the uploaded videos and user preferences. The system may include additional features such as virtual try-on simulations, step-by-step tutorials, and progress tracking. The cloud platform enables users to access their make-up videos from multiple devices and share them with others for feedback or collaboration. The invention aims to enhance the make-up application process by providing real-time guidance, cloud-based storage, and personalized recommendations.
Unknown
September 1, 2020
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